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High-speed Au wire bonder for LED individual semiconductors UTC-5100-UTC-5100
High-speed Au wire bonder for LED individual semiconductors UTC-5100-Yamaha Robotics Holdings Co., Ltd.

High-speed Au wire bonder for LED individual semiconductors UTC-5100
Yamaha Robotics Holdings Co., Ltd.

Yamaha Robotics Holdings Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

39.3hours


About This Product

■Summary

High-speed wire bonder compatible with wide frames and suitable for LED and discrete production.

■Features

- Renewed X, Y, and Z motors for high-speed bonding. Platform that achieves 42ms/0.7mm (45ms/2mm) ・Achieved bonding accuracy of ±3.0μm (3σ) ・Secures a Y bonding area of ​​95mm, allowing frame transportation of 102mm x 300mm ・Supports simultaneous detection in X direction and Y direction - Compatible with Cu wire by adding Cu kit (optional) Usage example

■Capillary Wedge Bonding (CWB) connected with a thin chain

NAND flash memory is widely used as a storage medium, from USB memory to cloud servers, and is bonded by stacking many dies to increase capacity. Signals from the stacked dies are transmitted by wire-bonded metal wires. Generally, the process requires repeated bonding and wire cutting for each stage, which is a time-consuming process, and has become a bottleneck in improving productivity. In response, Shinkawa has developed Capillary Wedge Bonding (CWB) technology, which allows multiple connections to be made at once without cutting the wires. Since this technology is expected to significantly shorten the takt time, Shinkawa is continuing to improve this technology so that it can be used by a wide range of customers.

■From “connecting” to “creating” Wire bonder as electronic component manufacturing equipment

Wire bonders are used as devices for connecting wires that transmit electrical signals, but further development is possible. Through numerous experiences in connecting, it has become possible to manipulate wires freely, and by utilizing this, it is possible to evolve into an electronic component production device that can create coils, which are important parts of electronic components. can. For example, you can generate coils with specific constants or create supplementary coils to tune your circuit. Shinkawa will continue to take on new challenges based on wire bonder technology.

  • Product

    High-speed Au wire bonder for LED individual semiconductors UTC-5100

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1 Models of High-speed Au wire bonder for LED individual semiconductors UTC-5100

Image Part Number Price (excluding tax) Drive source vacuum Drive source Power consumption Drive source Input power supply Drive source air Mass Equipment dimensions Production management Vibration suppression method Product name Control resolution resolution Work size Wire diameter Loader unloader Bond load Bonding accuracy Bonding wire length Number of bonding wires Bonding speed Bonding area
High-speed Au wire bonder for LED individual semiconductors UTC-5100-Part Number-UTC-5100

UTC-5100

Available upon quote

-74kPa (-550mmHg) or less (gauge pressure)

Approximately 1.2kVA (1.1kW)

Single phase AC100V±5% 50/60Hz (a transformer is required for other voltages)

500kPa (5kgf/cm2) 102L/min

Approximately 520kg

・W 1,244mm
・D 964mm
・H 2,092mm

Operation rate management etc. using production management screen

Recoilless servo system by Shinkawa NRS

Wire bonder

・XY table 0.1μm
・Z axis 0.1μm

・Width 20~102mm
・Length 95~300mm
・Thickness 0.1~0.5mm (varies depending on the type of workpiece) (When changing the thickness of the workpiece, parts may need to be changed)

Gold wire φ18~50μm

Fully automatic magazine stacker method (stocker method can be selected as an option)

3~1,000gf

±3.0μm (3σ) (depending on sample and temperature conditions)

Maximum 4mm (varies depending on device conditions)

Up to 12,000 wires

42ms/0.7mm wire (45ms/2mm wire) (With loop control. When using load detection mode) Based on our standard sample

・X 66mm - camera offset
・Y 95mm-Camera offset

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About Company Handling This Product

Response Rate

100.0%


Response Time

39.3hrs

  • Japan

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